Fakra Connector Crimp Fakra B Female Right Angle White Solder

Fakra Connector Crimp Fakra B Female Right Angle White Solder Specification

Cable Type
Compatible with RG174, RG316, RG58, and similar coax cables

Insulation
PTFE dielectric

Diameter
Outer: 6.8mm (connector body)

Install Type
Crimp & solder type

Conductor Type
Solid centre pin

Core Number
1

Impedance
50 Ohms

Rated Temperature
-40C to +105C

Features
Secure snap-on connection, excellent RF performance, high mechanical and environmental stability

Core Material
Brass/gold plated

Operating Temperature
-40C to +105C

Number of Conductor
Single conductor

Weight
Approx. 8 grams

Tensile Strength
Up to 70 N (mated state)

Dielectiric Strength
>1000V RMS

Conductor Shape
Pin (centre) round

Locking Type
Snap-in locking mechanism

Usage & Applications
Automotive RF modules, multimedia interface, antenna connections, navigation units

Product Type
Fakra B Female Right Angle Crimp Connector

Length
Standard for connector body, cable dependent

Voltage
60V max

Insulation Material
PTFE

Application
Automotive antenna, GPS, telematics, multimedia, RF communication, data transmission

Conductor Material
Brass, gold plated

Jacket Material
N/A (assembly depends on coax cable used)

Storage Temperature
-40C to +85C

Connector Color
White coded housing

Shield Material
Brass, nickel plated

Jacket Color
N/A (assembly depends on coax cable used)

Dimension (L*W*H)
Approx. 25mm x 12mm x 14mm

Color
White coded housing

Material
Brass, PTFE, plastic housing

Size
Right angle compact design

Standard
DIN 72594 / ISO 20860

Mounting
Cable mount, right angle

Contact Resistance
Centre: 10 m, Outer: 5 m

Orientation
Right angle

Gender
Female (jack)

Insulation Resistance
1000 M @ 100 V DC

RoHS Compliance
Yes

Series
Fakra Series B

Termination Style
Crimp for braid, solder for pin

Frequency Range
DC ~ 6 GHz

VSWR
<1.3 typ. (up to 1 GHz)

Mating Cycles
>500 times

Packaging Type
Unit polybag or bulk

Housing Material
Plastic (PC, color-coded to application)

Fakra Connector Crimp Fakra B Female Right Angle White Solder Trade Information

Minimum Order Quantity
5 Pieces

Main Domestic Market
All India

Fakra Connector Crimp Fakra B Female Right Angle White Solder About

Appliance

WLAN
GPS
PC/LAN
Automotive
Base Station
Head End Equipment
Radios
Wireless/ Networks Antenna
Instrumentation
Telecom

Electrical Characteristics

Impedance50 Ohm
Frequency Range0 to 6 GHz
Voltage Rating225 VRMS
Dielectric Withstanding Voltage1000 Volts
Insulation Resistance5000 M min

Mechanical Characteristics

Engagement Force20 N max.
Disengagement Force10 N min.
Connector Durability500 mating and unmating cycles min

Environmental Characteristics

Temperature Range-65C to +165C

Material:

Part	Material	Finish
Body	Brass	Nickel
Center Contact Pin	Phosphor	Gold
Insulator	TEFLON

Reliable Performance for Automotive RF Systems

Optimized for use in automotive environments, the Fakra B Female Right Angle Connector ensures high reliability in demanding conditions. It supports various RF applications including antenna, GPS, multimedia, and telematics modules, maintaining stable performance across a frequency range of DC to 6 GHz and a rated temperature swing from -40C to +105C.

Secure Snap-In Connection and Easy Assembly

This connector features a robust snap-in locking mechanism, ensuring a secure and stable connection even under vibration or mechanical stress. Installation is straightforward with crimp termination for the cable braid and soldering for the central pin, suitable for a range of coaxial cables including RG174, RG316, and RG58.

RoHS Compliance and Color-Coded Identification

Manufactured with RoHS-compliant materials for environmental responsibility, the connector is equipped with a white color-coded housing for easy identification. Its plastic (PC) and brass construction, along with gold-plated contacts, ensures durability and excellent electrical conductivity for mission-critical data and RF transmissions.

FAQs of Fakra Connector Crimp Fakra B Female Right Angle White Solder:

Q: How do I install the Fakra B Female Right Angle Connector onto my coaxial cable?

A: To install, crimp the outer braid of your compatible coax cable (such as RG174, RG316, or RG58) into the connector body and solder the central pin to the conductor. This process ensures low contact resistance and a secure, reliable connection as per Fakra and ISO requirements.

Q: What are the typical use cases for this Fakra connector?

A: This connector is ideal for automotive applications, including antenna connections, GPS units, telematics, RF communications, and multimedia interfaces due to its robust design and stable electrical performance in harsh environments.

Q: When should I choose a right angle Fakra connector over a straight one?

A: A right angle Fakra connector is preferred when space constraints or cable routing requires a low-profile connection at the mounting point, helping to minimize strain on the coaxial cable in tight installation spaces, typically encountered in vehicles.

Q: Where is the Fakra B Female Right Angle Connector most effectively used?

A: It is especially suited for cable mount RF interfaces in automotive modulessuch as navigation systems, multimedia devices, and antenna transceiverswhere high mechanical stability and reliable RF transmission are crucial.

Q: What benefits does the snap-in locking mechanism provide?

A: The secure snap-in locking mechanism ensures the connector remains firmly mated, preventing accidental disconnections caused by vibration, movement, or operational shocks in automotive and industrial environments.

Q: How does the color-coded housing help during installation?

A: The white-coded housing simplifies identification and prevents mis-mating, facilitating correct connector pairing in systems with multiple Fakra connections, improving efficiency and reducing installation errors.

Q: What is the maximum voltage and frequency rating for this connector?

A: The connector supports up to 60V and is operational from DC to 6 GHz, meeting the needs of high-speed data and RF signal applications in modern vehicle systems.